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July 1, 2012
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:iconsmpritchard:
Constructed in low-Earth orbit, this ship is part of the first mission to send a human crew to Saturn's enigmatic moon Titan. It's propulsion system is an advanced Z-pinch fusion reactor that will push it out towards the ringed planet in just under a year of travel time. The crew will live and work in the rotating torus as the ship cruises through deep space. The only part left to attach is the large Titan Surface Habitat and Lander module, which the crew will live in and work out of on the surface of Titan
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:iconoverseer:
=overseer Mar 13, 2013   Digital Artist
Very nice image. The lighting and overall atmosphere is spot on!
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:iconsmpritchard:
~SMPritchard Mar 15, 2013  Hobbyist Digital Artist
Thank you!
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:iconickman:
Nice. Have you been getting ideas from Kerbal Space Program? If not, you should take a look at it. :)
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:iconsmpritchard:
~SMPritchard Feb 26, 2013  Hobbyist Digital Artist
I've seen it before, but I haven't really drawn much of my inspiration from it. Most of my inspiration comes from NASA concepts, drawings and diagrams from hard SF novels and websites, and sometimes other works of art here on DA.
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:icondaniel-st:
but for what are the balls for?

like why so weird design decision ? in space you only need an engine .. there is no air or pressure to harm the ship..
you can add more rooms , more cargo , more skin to the ship..

since the ship will never land on earth you can do what ever you want as long as you have enough man power and money ..
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:iconsmpritchard:
~SMPritchard Feb 21, 2013  Hobbyist Digital Artist
Those spheres are the fuel tanks.

The ship is so bare-boned because every single gram of unneeded structure is a fuel penalty.
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:icondaniel-st:
Not in space .. on earth yes when you have to send then to space.
yet usa will build factories on the moon and crash asteroids on it with metal and other resources to build a space ship.
so you can live with out the weight.. since there is no gravity in space..
am i wrong?

about the "spheres" why not to use a "square" shape? there is no need to use aerodynamics in space so you can any shape you want..
why not to build it in another shape.. like a plate?
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:iconsmpritchard:
~SMPritchard Feb 22, 2013  Hobbyist Digital Artist
Long-term exposure to microgravity conditions has negative effects on human health, such as muscle atrophy and loss of bone density. There is even some evidence of vision problems developing in males, an increased risk of kidney stones due to the dissolved calcium in the bloodstream from the aforementioned bone density loss, and a weakened heart do to muscle atrophy. If we're going to do long-duration deep space missions, or settle space, we're going to need artificial gravity. The only practical way to do that is to either rotate the entire ship or rotate the habitat section, which provides an accelerational force that the crew feels as "gravity".

The fuel tanks are spheres to equally distribute the pressure of the condensed gasses they contain. It's not about aerodynamics.
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:icondaniel-st:
You will sleep in space for over 99% of the time.. with low body temp.
(as a stationary space station i do understand the wheel which will create artificial gravity, )
the trip to mars will take only 2 weeks* with the new nasa engine ,
* 2 weeks - or 1 month.

so again i don't really understand the reason for such weird body structure .
you won't even need to build it strong since there is nothing in space that can harm the damn thing..

(unlike movies like "avatar" you won't travel in space for 6 years .. thats just a very stupid thing to do. )

please note that i am not a professional person so i obviously talk nonsense so don't take me too serious :)
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:iconspectic:
I don't know a hell of a lot about space travel but there are a few things that are definitely not right in your arguments that I think need to be adressed.

Just because there is no air doesn't mean you can put as much mass on it as you want. All that mass needs to be pushed, atmosphere and gravity aside. It's simple Newtonian physics that the more mass something has the more force it requires to get it to accelerate at a certain rate, and that means more fuel, which is a limited resource that you don't want to waste in space. You can't build a ship without a certain level of structural integrity, it has to accelerate, which puts force on the ship.

On the subject of not wasting fuel, most ships would probably not be going as fast as possible to get to another planet because it saves so much fuel to accelerate to a certain point and then coast. Also, if you have an artificial gravity wheel, it's not going to work properly while you're accelerating because of the force going towards the rear facing wall.

Pretty sure cryosleep is not a thing yet.

It was not "stupid" for them to spend 7 years travelling to their destination in Avatar. The ship used a lot of theoretical technology to theoretically be able to make it in that time, remember, they didn't just go to Mars or something, they went to ANOTHER STAR, several light years away. They had to accelerate to 70% the speed of light to get there in that time in the movie. They had a shield because at that speed hitting a speck of dust is like hitting a large meteorite. Chances are if we ever go to another star it will take a lot longer than 7 years.

This sort of spaceship design makes a lot of sense, at least, as far as I know.
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